TR201613317A2 - Visual laryngoscope configuration with stepped automatic tube movement mechanism - Google Patents

Abstract

It is a laryngoscope that can be used by holding the body (8) with one hand during the endotracheal intubation application in the medical field and enables the intubation tube (3) to move back and forth automatically in the tube advancement channel (2) and to display the intubated region. In the embodiment of the laryngoscope: the motor 13 forms rotational motion; the ball screw (10) enables the intubation tube (3) to which the nut (9) is connected by means of the nut (9) inserted on it, to move back and forth in the tube advancement channel (2); the motion control element (15) enables the motor (13) to start / stop or to adjust the direction of rotation; the motion control circuit (23) manages the motion commands and transmits them to the motor (13) for execution. (Figure 1)

Description

DESCRIPTION Visual Iaringoscope with gradual automatic tube movement mechanism structuring Technical Area The invention will be used in the medical field during the practice of endotracheal intubation to the patient. suitable for one-handed use; gradual automatic tube movement mechanism, tube advance channel, display and telephone integration with USB. State of the Art Endotracheal intubation is used to secure the airway into the trachea and/or It is the tube placement process to control respiration. Intubation procedure, keeping the airway open; controlling the airway and breathing; respiratory decreased effort; prevention of aspiration; the anesthetist and other devices from the field providing surgical comfort with its removal; resuscitation in case of any problems While it provides benefits such as ease and 'dead space volume reduction, the process takes time and 'requires special skills, especially when there is difficulty, requires deeper anesthesia and it has some drawbacks such as it can cause some complications. in the current art Iaryngoscopes used for endotracheal intubation require the use of both hands. Although it requires video and lighting systems in some of them.

In current applications, endotracheal intubation is performed as follows: The blade tip is inserted into the upper part of the epiglottis cartilage (epiglottis). part is placed. Afterwards, the epiglottis is slightly lifted and the vocal cords are seen, Intubation procedure by advancing the tube with the right hand through the opening between the vocal cords is provided. After the tube is placed, the balloon of the tube is inflated and the tube location is varied. validated by methods. In the current technique, the left hand always holds the laryngoscope, while the other hand on the other hand, it advances the tube and provides the passage of the tube between the vocal cords. Both It is actively used during the endotracheal intubation procedure in the hand.

Laryngoscopes used for endotracheal intubation are divided into two main groups: classical illuminated laryngoscopes and video laryngoscopes. Classical illuminated laryngoscopes (Macintosh, Miller, Mccoy etc.) The differences between them are from the end parts called blades. originates. In video laryngoscopes, the blade parts are different in each laryngoscope. is designed. Some video laryngoscopes contain a tube advancement channel. Video can establish. Some of the video Iaringoscopes can be adapted with the phone.

In addition, it is equipped with a fiberoptic camera system and a tube is placed on this system. There are also devices that allow endotracheal intubation.

In endotracheal intubation with laryngoscopes used in current practices There is a need for two-handed use. One hand is holding the laryngoscope, the other hand is holding the tube. placed in the patient's trachea. For this reason, the appearance of the vocal cords sometimes the help of another practitioner from outside to correct requirement occurs. This prolongs the intubation process, which However, although it is limited, it increases the risk of death and mortality rates of the patients.

Right hand tube placement in endotracheal intubation with laryngoscopes is managed. In addition, the tube of physicians with relatively little experience is removed from the vocal cord. Undesirable tracheal rupture and vocal cord damage occur during can come. While the vocal cords are visualized, the tube is frequently handled to the right. the image is lost and the time is extended.

Current video laryngoscopes absolutely need a company-produced screen problems with the screen and/or electrical transmission may occur.

Since the tube is manually guided in these laryngoscopes, the vocal cords are sometimes Although it is seen, the tube cannot be directed between the vocal cords, which leads to intubation. prolongs the duration of intubation and adversely affects the success of intubation. Available sterilization process cannot be applied because it cannot be performed. especially video In laryngoscopes with no support, the light system is frequently depleted due to battery depletion. inability to work, in these cases intubation can not be done. Channel for sending the tube in some of the existing laryngoscopes available and the tube is sent manually through this channel. Current channelless laryngoscopes absolutely require the stylet to be placed in the tube, which is increases the risk of infection. Endotracheal examination with existing Iaryngoscopes In the intubation process, aspiration with the right hand to aspirate secretions It is done and the tube is placed in a longer period.

As a result, due to the above-mentioned negativities and existing solutions It is necessary to make an improvement in the relevant technical field due to the inadequacy of the is locked.

Purpose of the Invention The invention was created by being inspired by the current situations, and the above-mentioned negativities aims to solve.

The main purpose of the invention is to use the mechanical system with electronic circuit and connected to the motor. working, which can be controlled gradually with the left thumb and back and forth One-handed endotracheal intubation procedure with a tube with a movement mechanism is to make it possible. All available Devices are used with one hand (left hand), but In all of them, the right hand must be used to pass the tube through the vocal cords.

Other objects and advantages of the invention are as follows: 0 Allowing one-handed endotracheal intubation, vocal cords when the user deems it necessary, without the need for assistance the BURB maneuver (to the thyroid and cricoid cartilages) needed to see better. pressing backwards, upwards and leftwards respectively) is to provide. o Since the use of the other hand is not required during the procedure, the right hand in the old technique is to eliminate the situation of losing the image while taking the tube. i Thanks to the tube being sent by the device, the vocals experienced in the old technique It eliminates the condition that the tube cannot be directed despite the cords being seen. is to remove. 0 Quickly disassemble the Motor circuit system and Video camera system to ensure that the device can be processed and subjected to an easy sterilization process. is to be kept. Long-term use as the device can be sterilized to prevent bacterial load accumulation in the device.

- High contrast during advancement or retraction of the endotracheal tube to warn the user with the motorized tube advancing system when faced with resistance and user-induced unintended tracheal rupture in advancing the tube to reduce complications.

- Endotracheal intubation of the right hand in endotracheal intubation performed with the invention In the mouth at the same time as it is not required to be used during the intubation procedure. It is also to allow aspiration of accumulated secretions.

- As soon as a problem occurs with the tube passing through a large diameter semi-open channel. or to allow it to be easily removed when the process is finished.

- Guiding barrier and half-open tube channel located at the end of the tube channel It is to move the tube 180 degrees linearly. Thus the style It eliminates the need for use and reduces the risk of infection. o The cylinder can move forward and backward in 3 different stages with the motorized system.

. In cases where the tube is not selected properly (such as the wrong tube selection by the user), the tube in any position, it can be quickly removed from the channel and a new one can be attached.

- As with other canal laryngoscopes, do not touch the tube surface. It is not necessary to apply a lubricant. Channel diameter in all lengths Suitable for intubation tubes.

- Camera with any type of processor and size mobile phone with camera feature is to process and present the image.

In order to fulfill the above-described purposes, in the field of medicine, the patient is treated with endotracheal Suitable for use with one hand to be used during intubation practice; gradual with automatic tube movement mechanism, tube advancement channel, imaging and USB It is the configuration of an laryngoscope with the features of telephone integration. Said it is inserted through the patient's mouth, opening the airway and vocal cords blade that allows to be seen, o User's/practitioner's/doctor's laryngoscope that is connected to the blade body that allows it to hold, o For intubation procedure, which is formed in said blade and body the intubation tube used is placed in such a way that it can move back and forth. half-open tube advancement channel, that energy-providing battery, the engine that creates that rotational movement, by means of a nut threaded on, rotated by the motor to which it is fixed. back and forth in the advancement channel of the intubation tube to which the nut is connected ball screw that enables it to move, by turning the user to start/stop the motor, the direction of rotation and in the form of a wheel that allows it to adjust its speed gradually. said motion control element, receiving the electrical commands from the motion control element and the rotational speed It transmits its data to the motion reducer and other commands to the motor. motion control circuit, It has a nut slot in the middle where the nut on the ball screw can be placed. male clip holder, which is supported by the nut and transfers the forward-backward movement, by tightly wrapping the entt'ibasyon t'up'un, with the male clip holder that is said to be fixed together, the back-and-forth movement of the nut is attached to the intubation tube. female clip holder, by connecting to the 'upper part of the said body, the engine it is fixed to is closed. 'upper body', which protects against external effects by keeping it in the compartment, where the motion control element is fixed, the motion control element is attached to the body. control socket that allows it to be connected in a demountable way, 'green' to ensure that the warning that the engine is running is communicated to the user. light emitting green lamp, that there is a pressure against the moved intubation tube and high flow To ensure that the warning that it has been withdrawn is visually communicated to the user a red lamp that emits red light, It allows the adjustment of the rotation frequency and step of the motor, which is connected with the motor. providing motion reductor, The connection mentioned by positioning between the motor and the ball screw, with the body. motion transmission apparatus that enables the transfer to the spindle, fixed on the part where the lower end of the ball screw will come, in the inner part of the body. and continuous rotation of the ball screw, without laterally moving/swaying, bearing that keeps it going, into slots created vertically in the blade' top and bottom of the chassis. vertical coupling screw, - by placing it in the slot formed horizontally on the blade, fixed to the vertical coupling screw, and the blade and chassis horizontal coupling screw, - Removably positioned on the blade 'and the ent'L'ibation process The camera that allows obtaining images from the area where it is performed, By processing the visual data transmitted by the camera, the imaging software it has for operation of the camera and data transmission, which shows/reflects on the screen. mobile phone that provides the necessary energy, 0 upper body connected on body, - disassembled into the movement slot formed on the said 'L'ist body can be rotated in all directions on the horizontal axis due to the 'direction of the mobile phone connected to it in the direction desired by the user. connection apparatus that allows it to be held, To provide the mentioned connection between the mobile phone and the connector. fixed on the connection apparatus, connected on the ' 'on' mobile phones of all sizes thanks to the adjustable distance spring apparatus and a pocket placed on the spring apparatus phone with a clamping device that ensures that the phone is fixed firmly will hold, 0 shows that the view'unt'u data obtained through the camera is transmitted via the camera cable. Telephone cable that provides data transfer between USB port and mobile phone, o formed on the blade in the upper part of the tube channel and intubation guiding barrier that allows linear advancement of the tube.

The structural and characteristic features and all advantages of the invention are given in the following figures and It is clearer thanks to the detailed explanation written by making references to these figures. will be understood as such, and therefore the assessment will also include these figures and should be taken into account.

Figures to Help Understand the Invention Figure 1 shows the configuration of the laryngoscope, which is the subject of the invention; 'upper body, ball screw and Intubation tube disassembled view.

Figure 2 shows the configuration of the laryngoscope, which is the subject of the invention; 'L'ist body and control socket disassembled view.

Figure 3 shows the laryngoscope configuration, which is the subject of the invention; management box open is the view.

Figure 4 shows the configuration of the laryngoscope, which is the subject of the invention; connector, control box and mobile phone disassembled view.

Figure 5 shows the configuration of the laryngoscope, which is the subject of the invention; zoomed into section A is the view.

Figure 6 shows the configuration of the laryngoscope, which is the subject of the invention; zoomed into section B is the view.

Figure 7 shows the laryngoscope configuration, which is the subject of the invention; during use It is the view of the intubation tube advanced into the throat. Drawings do not necessarily need to be scaled and to understand the present invention Unnecessary details may be omitted. Other than that, at least elements that are substantially identical, or at least with substantially identical functions, indicated by the same number.

Description of Part References 1. Blade 19. Management box 2. Tube advancement channel 20. Cell phone 3. Intubation tube 21. Phone holder 4. Tube guiding barrier 211. Spring apparatus . Camera mount 212. Clamping device 6. Female clip holder 22. Camera 7. Male clip holder 221. Camera conduit 71. Nut slot 23. Motion control circuit 8. Body 24. Control socket 81. Retaining surface 25. Screw 9. Nut 251. Vertical coupling screw . Ball screw 252. Horizontal coupling screw 11. Motion transmission apparatus 26. Warning lamp 12. Red'L'ikt'or 261. Green lamp 13. Engine 262. Red lamp 14. Bearing 27. USB port . Motion control element 271. Camera cable 16. Cable cover 272. Telephone cable 17. Upper body 28. Main circuit board 171. Action slot 29. Battery 18. Connector Detailed Description of the Invention In this detailed description, preferred embodiments of the invention are merely better suited to the subject. for understanding and without any limiting effect is explained.

The invention is mainly based on the inner part of the patient's mouth, up to the epiglottis cartilage. preferably metal blade (1); hand held body (8); reducer (12); preferably brushed micro DC the upper body (17) in which the engine (13) is located; all-direction rotatable connection to the body (8) telephone holder (21), which is connected to the apparatus (18); taking images in the mouth providing video camera 22; camera with imaging software (22) mobile phone (20) processing the image received by managing and charging the engine (13) It consists of the management box (19) in which the removable battery (29) is also included.

Half-section tube on the blade (1) that the intubation tube (3) can pass through advancement channel (2) and the last tip at the end of the tube advancement channel (2) during application tube guiding barrier (4) is formed. Thanks to these formed elements, The intubation tube (3) can move towards the target more stable, that is, in the desired direction. is intended. Intubation target in half of the half-open tube advancement channel (2) Thanks to the LED light camera (22) that displays the is visualized and the intubation tube (3) is aimed towards the inner part of the vocal cords. progression is facilitated.

The motor movement system in the laryngoscope construction; main circuit board (28), nut (9), male clip retainer (7), female clip retainer (6), control socket (24), movement it consists of a control element (15) and a motion control circuit (23). Said standard endotracheal intubation via electromechanical motor motion system During the procedure, the intubation tube (3) is passed between the vocal cords. use of the right hand is eliminated. Tube advancement of the intubation tube (3) in the channel (2) and in the upper part of the tube advancement channel (2). linearly advancing to the target by the guidance barrier (4), endotracheal The need to use the old technique intubation stylet during intubation it eliminates. Intubation tube (3) in the half-open tube advancement channel (2) combination of reciprocating motion, the male clip holder gripping the intubation tube (3) (7) is mounted on the female clip holder (6), up and down the female clip holder (6). The advance and the advance are provided by the hexagon nut (9). Through the nut (9) The intubation tube (3) advances to the specified target by the specified amount.

The intubation tube (3) is locked when it needs to be changed or at the end of the intubation procedure. quick detachment of the female clip holder (6) with the mechanism from the male clip holder (7) Thanks to this, the half-open tube can be quickly removed from the advancement channel (2).

The circular rotation speed provided by the motor (13) is regulated by the reducer (12). and this movement is transferred to the ball screw (10) by means of the circular motion transmission apparatus (11). By transferring it, the screw shaft (10) is rotated around itself. on ball screw (10) The engaged/threaded nut (9), the rotation of the screw shaft (10) at each step of the screw shaft (10). It moves up or down in the nut slot (71) according to its direction.

This movement is connected to the male clip holder (7) and the male clip holder (7). female clip with mechanism is transferred to the holder (6). The forward-backward movement of the female clip holder (6) is also It provides the back and forth mechanical movement of the intubation tube (3). Ball screw (10) There are two elements that give the rotational movement: the motor (13) and the blade (1). mounted bearing (14). Ball screw (10) mounted from lower end to blade (1) It is connected to the bearing (14).

The main circuit board (28) that gives the movement command to the motor (13) is placed on the upper body (17). preferably jointed, fixed to the connecting apparatus (18) that can be rotated in all directions. It is located in the management box (19) on the phone holder (21). management box In (19), it is preferably a rechargeable one, combined with the main circuit board (28) battery (29) is located. The battery (29) energizes the motor motion system (M). When necessary, the management box (19) can be opened and the battery (29) It can be removed, charged and reinserted.

The grip surface (81) formed on the body (8) is makes it easy to grasp. The gripping surface (81) is preferably on the body (8). On the other hand, the motion control socket (24) is located in the part. Preferably the control socket (24) between the upper body (17) and the body (8) by connecting on the body (8) at its upper level. the remaining motor (13) motion control circuit (23) is located. motion control circuit (23) of the wheel-shaped motion control element (15) in the preferred embodiment. It manages the electrical commands that occur in its gradual movement in the downward or upward direction, and transfers it to the engine (13). Rotation movement of the motor (13) at the top of the control socket (24) preferably green Ied green lamp (261) and high resistance at the bottom There are warning lamps (26) which are red lamps (262) with red Ieds that inform. Green The red lamp (262) indicates intubation while the lamp (261) indicates that the motor (13) is spinning. The high resistance of the electromechanical motor motion system that moves the tube (3) It gives a warning when faced with pressure, user-induced tracheal and vocal cord aiming to prevent injury.

If it is preferably in the middle part of the said control socket (24) forward and backward three-stage The wheel-shaped motion control element (15) providing the motion command is located. takes. Motion control element (15) in any forward direction when it is moved back, the motor (13) ends the movement in the first stage, the movement when the control element (15) is pulled further back, it moves backwards at gradual speeds. is provided. Thumb up or down on the motion control element (15) The electrical motion command that occurs after the rotation with circuit (23) and from there to the motor (13). Electrical commands motor (13) circular rotation movement on its own axis on the ball screw (10) by is translated. From the main board (28) and battery (29) in the management box (19) The cables transmitting the output electrical commands pass through the cable housing (16) and reach the motor. (13) is connected.

In the preferred embodiment, on the blade (1) part, the half-open tube advancement channel (2) is located on the left side. on the side of the intubation tube (3) to ensure the most accurate progression to the target. at an angle where it can be viewed and the target is in the center of the image. There is a built-in camera slot (5). To the camera mount (5) The camera cable (271) protruding from the detachably mounted camera (22) In the same line on the left side of part (1) and on the left side of the hand-held body (8) The watching camera proceeds through the cable channel (221) and enters the upper body (17). enters. From here, it passes through the cable shield (16) above, and the main circuit It is connected to the USB port (27) connected to the card (28). Plugged into usb port (27) of the image taken by the camera (22) from the application area with the telephone cable (272). electrical data is transferred to the mobile phone (20) attached to the phone holder (21).

The mobile phone (20), on the other hand, processes the image and reflects it on its screen. To see all the applications made during the endotracheal intubation procedure. it provides. In addition, the energy pocket required for the operation of the video camera (22) provided by the telephone (20). instead of the mobile phone (20) if desired. any device that can process an image and at the same time reflect the processed image. available on the device.

Blade (1) screws (25) into hand held body (8) vertically preferably with locking mechanism coupling screw (251) and horizontal coupling screw (252) with locking mechanism, with is not attached. Body (8) also upper body (17) with motion transmission apparatus (11) is not attached. It can be disassembled from the body (8) by removing the control socket (24) can be achieved. Blade (1), body (8) and upper body (17) It can be quickly disassembled from the points. Control socket (24) and upper body (17) sterilization of the laryngoscope structure, as it can be easily disassembled it is ensured that it can be subjected to processing. Thus, over time, after use It is possible to sterilize the bacterial accumulation that may occur. Mobile phone After (20) is placed on the phone holder (21) by turning the clamping apparatus (212). movement on the phone holder (21) of the mobile phone (20) with a screw-like movement. is prevented, and during the process, an image caused by the falling of the mobile phone (20) loss is prevented. Spring apparatus located on the upper part of the telephone holder (21) (211) mobile phones of all sizes with its spring mechanism that can stretch (20) can be attached to the phone holder (21) and fixed.

Blade (1), intubation tube (3), screw shaft (10), upper body (17), mobile phone (20) and the camera (22) can be demounted from the body (8) in a re-attachable manner. Thanks to this, sterilization of the laringoscope can be performed easily. separately required the demountable elements mentioned in cases and/or elements can be replaced with new ones in a short time.

Claims (16)

REQUIREMENTS o Blade (1), which is inserted through the patient's mouth, allowing the airway to be opened and the vocal cords to be seen. The body (8), which is connected with the blade (1) and allows the user, practitioner/doctor to hold the laryngoscope, is the place where the intubation tube (3), which is formed within the said blade (1) and the body (8), used for the intubation process, can be moved back and forth. It is a laryngoscope structure that includes a half-open tube advancement channel (2), which can be used by holding the body (8) with one hand during endotracheal intubation application to the patient in the type area, and enables the intubation tube (3) to move back and forth automatically in the tube advancement channel (2). , feature; - the motor (13) that creates the rotational movement, the screw shaft that is rotated by the motor (13) to which it is fixed, and that enables the intubation tube (3) to which the nut (9) is connected, to move back and forth in the tube advancement channel (2), through the nut (9) threaded on it ( 10), the motion control element (15) that enables the user to start/stop the motor (13) or set the direction of rotation, - the motion control circuit (23), which manages the motion commands generated by the motion control element (15) and transmits them to the motor (13) for execution. ) is included. 2. It is the laryngoscope configuration according to claim 1, and its feature is; to provide the said connection between the nut (9) and the intubation tube (3); Male clip holder (7), which has a nut slot (71) in the middle of which the nut (9) on the screw shaft (10) can be placed, and to which the nut (9) transmits its forward-backward movement, . It contains a female clip holder (6) that wraps the intubation tube (3) tightly, together with the male clip holder (7) that it is fixed to, and enables the nut (9) to transfer the back-and-forth movement to the intubation tube (3). 3. It is the laryngoscope configuration according to claim 1, and its feature is; It contains an upper body (17) that protects the engine (13) to which it is fixed, against external effects, by connecting to the upper part of the said body (8) in a closed compartment. 4. It is the laryngoscope configuration according to claim 1, and its feature is; it contains a control socket (24) where the said motion control element (15) is fixed, which enables the motion control element (15) to be connected to the body (8) in a demountable manner. 5. It is the laryngoscope configuration according to claim 4, and its feature is; connected to said control socket (24) and sent from motion control circuit (23); . A green lamp (261) emitting green light to notify the user of the warning that the motor (13) is running, and/or - a red light to provide a visual indication to the user of the warning that there is a pressure against the moved intubation tube (3) and that high current is drawn. comprising at least one warning lamp (26) which is an emitting red lamp (262). 6. According to claim 1, laryngoscope is constructed and its feature is; it contains a motion reducer (12), which is connected with the said motor (13) and provides adjustment of the rotation frequency and step of the motor (13). 7. It is the configuration of the laryngoscope according to the request, and its feature is; o said motion control element (15) in the form of a wheel, which enables the user to start/stop the motor (13) by rotating, adjust the rotation direction and gradual speed, - it receives the electrical commands from the motion control element (15) and transmits the rotational speed data to the motion reducer (12) and the said motion control circuit (23) that transmits the other commands to the motor (13). 8. It is the laryngoscope configuration according to claim 15, and its feature is; It includes a motion transmission apparatus (11) that is positioned between the motor (13) and the screw shaft (10), which provides the said connection, the articulation of the body (8) and the 'upper body (17) to each other, and the transfer of the rotational motion of the motor (13) to the screw shaft (10). 9. It is the laryngoscope configuration according to claim 1, and its feature is; it contains a bearing (14) which is fixed on the part where the lower end of the screw shaft (10) will come, on the inner part of the said body (8) and ensures the continuous rotation of the screw shaft (10) without moving/swinging laterally. 10. It is the laryngoscope configuration according to claim 1, and its feature is; . Vertical coupling screw (251 ), which is seated in slots formed vertically in the upper part of the blade (1) and in the lower part of the body (8) - placed in the slot formed horizontally on the blade (1), fixed to the said vertical coupling screw (251) and the blade (1 ) and the body (8) with a horizontal coupling screw (252) that enables them to be connected to each other. 11. It is the laryngoscope configuration according to claim 3 or 4, and its feature is; said 'L'ist body (17) and control socket (24), which enables said body (8) to be used. 12. It is the laryngoscope configuration according to claim 1, and its feature is; The camera (22) positioned on the blade (1), which enables to obtain images from the area where the intubation procedure is performed, processes the visual data transmitted by that camera (22) and displays/reflects it on the screen thanks to the imaging software it has, the operation of the camera (22) and The mobile phone (20) providing the energy required for data transmission, the upper body (17) connected on that body (8) can be rotated in all directions on the horizontal axis, which can be disassembled and placed in the motion slot (171) formed on the said 'upper body (17)' The reason is that it contains a connection apparatus (18) that enables the mobile phone (20) connected to it to be held in the direction desired by the user. 13. It is the laryngoscope configuration according to claim 12, and its feature is; The spring-loaded apparatus (which is fixed on and connected to the connection apparatus (18)' to provide the said connection between the mobile phone (20) and the connection apparatus (18) and which enables it to be connected to the mobile phone (20) of any size, thanks to the adjustable distance between them. 211) includes a phone holder (21) containing a clamping apparatus (212) that ensures that the mobile phone (20) is placed firmly on it. 14. It is the laryngoscope configuration according to claim 12, and its feature is; it includes a telephone cable (272) that provides data transfer between the USB port (27) where the image data obtained through the said camera (22) is transmitted via the camera cable (271) and the mobile phone (20). 15. It is the laryngoscope configuration according to claim 1 or 12, and its feature is; The blade (1), the intubation tube (3), the screw shaft (10), the upper body (17), the mobile phone (20) and the camera (22) can be mounted or dismounted from the body (8). 16. It is the laryngoscope configuration according to claim 1, and its feature is; is that the tube advancement channel (2) includes a guiding barrier (4) formed on the blade (1) on the upper part of the tube and which enables the intubation tube (3) to be advanced linearly.